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The damage threshold and the E and F ratios for testing conducted at 60?mm/s were compared with the data generated using a low-velocity tendon excursion of 2?mm/s, previously published.[15] Results were analyzed using a repeated measure ANOVA to examine differences among the ratios of each parameter for each excursion magnitude. The defined damage threshold was compared with that of the low-velocity tendon excursion data.[15] In addition, a one-way ANOVA was used to compare high-velocity tendon excursion data with low-velocity tendon excursion data. p Values ��0.05 were considered significant. Detailed results are displayed in Table 1. No significant difference was found when comparing E2/E1 ratio to E3/E1 ratio or when comparing F2/F1 ratio to F3/F1 ratio (p?��?0.066) for any excursion level. The lack of difference between the different ratios of the same excursion Alpelisib levels confirmed that substantially all the viscoelastic recovery had taken place.[15] The E2/E1 ratios at 60%, 90%, and 120% of the physiological excursion were significantly lower than that at 40% (p?��?0.023). Bosutinib purchase The E2/E1 ratios at 90% and 120% were also significantly lower than that at 60% (p?��?0.009). There was no significant difference in E2/E1 ratios between 90% and 120% of the physiological excursion (Fig. 4). The F2�CF1 ratios at 60%, 90%, and 120% were significantly lower than that a 40% (p?��?0.009). The F2�CF1 ratios at 90% and 120% were also significantly lower compared to that at 60% (p?��?0.002). There was no significant Dabigatran difference between ratio F2�CF1 at 90% and 120%. When comparing the high-velocity excursion results with those at low-velocity,[15] resistance energy was observed to be substantially greater at all excursions (p?��?0.031; Fig. 5). Significantly more force was needed for high-velocity excursion solely at 40% and 60% of the physiological excursion, as well as at 90% when removing one outlier (p?